Bio-plastic Utilization in Sustainable Furniture Design

The Kingdom of Saudi Arabia has been accelerating its efforts to accomplish the goals of the “Vision 2030” and fulfill its objectives and initiatives through economic diversification and sustainability enhancement; in order to achieve a productive substantial transformation in both the society and the economy.On the other hand; interior design can play a prominent role in supporting such goals and efforts, as it affects all life aspects; e.g., homes, working spaces, small projects… etc. Also; biological and eco-friendly raw materials can be used as main tools to achieve the sustainable objectives of interior design, as such materials can attain the balance between urban aspirations and environment preservation; by creating an internal environment that is both healthy and aesthetic.Bio-plastic is an excellent example for biological eco-friendly materials; it is extracted from renewable resources and is characterized by its ability to decompose within the eco-system, making it an innovative alternative for traditional petroleum plastic and a key element to achieve sustainability.The research focuses on the possibility to use bio-plastic; produced from coffee wastes; in the field of interior design, by designing sustainable quantitative furniture which achieves efficiency and design quality, in order to create internal spaces that reflect positively on their users. This study is an attempt to support the Saudi Vision 2030 in regards to reducing harmful petroleum emissions and decreasing food wastes caused by the high consumption of coffee in the Kingdom, the characteristics of coffee were proven to be effective in manufacturing sustainable quantitative furniture.

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Publication Details

Journal
Advanced Sciences and Technology Journal.
Published
2025-08-22
DOI
https://doi.org/10.21608/astj.2025.386966.1059
Primary Topic
Sustainable Design and Development
Type
article
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article

Bio-plastic Utilization in Sustainable Furniture Design

داليا محمود خليل, Renad Aljohani, Sarah mohammed Noor, MARWA HUSSEIN Tawfik
Advanced Sciences and Technology Journal.
Sustainable Design and Development
article

Bio-plastic Utilization in Sustainable Furniture Design

داليا محمود خليل, Renad Aljohani, Sarah mohammed Noor, MARWA HUSSEIN Tawfik
article en

Abstract

The Kingdom of Saudi Arabia has been accelerating its efforts to accomplish the goals of the “Vision 2030” and fulfill its objectives and initiatives through economic diversification and sustainability enhancement; in order to achieve a productive substantial transformation in both the society and the economy.On the other hand; interior design can play a prominent role in supporting such goals and efforts, as it affects all life aspects; e.g., homes, working spaces, small projects… etc. Also; biological and eco-friendly raw materials can be used as main tools to achieve the sustainable objectives of interior design, as such materials can attain the balance between urban aspirations and environment preservation; by creating an internal environment that is both healthy and aesthetic.Bio-plastic is an excellent example for biological eco-friendly materials; it is extracted from renewable resources and is characterized by its ability to decompose within the eco-system, making it an innovative alternative for traditional petroleum plastic and a key element to achieve sustainability.The research focuses on the possibility to use bio-plastic; produced from coffee wastes; in the field of interior design, by designing sustainable quantitative furniture which achieves efficiency and design quality, in order to create internal spaces that reflect positively on their users. This study is an attempt to support the Saudi Vision 2030 in regards to reducing harmful petroleum emissions and decreasing food wastes caused by the high consumption of coffee in the Kingdom, the characteristics of coffee were proven to be effective in manufacturing sustainable quantitative furniture.

Advanced Sciences and Technology Journal.Vol. 0(0)
Taibah University (SA), Helwan University (EG)
Responsible consumption and production
Openalex Percentile: Top 76%
Sustainable Design and Development
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